IRMI™

Your ground segment.
Your rules.

IRMI™, the Image Resource Management Intelligence system, is a multi-mission, confederated satellite ground segment that brings cataloguing, archiving, processing, and delivery together in one system, giving operators full freedom of use.

IRMI™ SYSTEM OVERVIEW

A complete ground segment, not a point tool

IRMI™ combines catalogue, archive, processing, and delivery in one configurable ground segment, with a federation layer that can connect selected products across operators, partners, and nations.

Catalogue

The spine of the system: an append-only, signed record of every product and its history.

Archive

Fast and long-term storage across on-premises systems, cloud infrastructure, or both.

Processing

The full chain from raw payload data to calibrated, standards-aligned products.

Delivery

Catalogue interfaces, web-GIS access, and standard product packages for users and clients.

Federation layer

Connect IRMI™ instances so selected products can be shared under contracts the operator controls.

FROM RAW TO PRODUCTS

From raw payload data to decision-ready products

IRMI™ turns raw mission data into calibrated, standards-aligned outputs, then into product tiers your customers, partners, and internal teams can use.

RAW

Unprocessed satellite payload data.

Calibrated

Radiometric and geometric correction applied.

CEOS ARD

Analysis Ready Data compliant with CEOS ARD.

Products

Curated, reliable outputs for decision-making.

Ready-to-use images

Orthorectified imagery, multi-date and multi-sensor mosaics, and best-pixel composites.

Quantitative models

Three-dimensional surface and terrain models, including DEM, DSM, DTM, and DHM object-height models.

Indices

Vegetation, bare-soil, and moisture indices, single-date or as time-series from the data cube.

Measurements

Greenhouse-gas concentrations, InSAR displacement, surface motion, fire, and biomass measures.

Services

Operational alerts and detections built on the products above, such as fire alerts and ship detection.

CONFEDERATED ECOSYSTEM

Join a confederated ecosystem, keep control

IRMI™ is designed so operators can connect selected products across trusted partners without centralising their ground segment or giving up control of their data.

Connections are permissioned. You decide what to share, with whom, and under which terms.

Sovereignty by default


Your deployment stays isolated unless you choose to publish selected products.

Signed publication contracts


Each share runs under explicit terms that define what passes between instances.

Flexible sharing modes


Support full copy, on-order, approval-based release, or metadata-only discovery.

Market reach without centralisation


Widen access to your products while keeping operational control of your data.

SECURE AND ROBUST

Built for verification, audit, and controlled exchange

IRMI™ is designed for operators who need confidence that data stays under their control, product history cannot be quietly changed, and results can be reproduced and verified.

Tamper-evident catalogue

Every record sits in a signed, append-only log so product history cannot be changed without detection.

Verifiable provenance

Each product carries a fingerprint from the software and inputs that created it.

Reproducible
builds

Deployments from the same release can be reproduced for audit, testing, and fault resolution.

Offline and air-gapped capable

Instances can synchronise online or through signed bundles for disconnected environments.

Protocol-level sharing controls

Access scopes are enforced below the user interface, so partners cannot see beyond the contract.

Signed delivery ledger

A transactional record shows what was delivered, under what terms, and to which partner.

Security is built into how IRMI™ records, verifies, reproduces, and synchronises products.

DEPLOY AND SCALE

Run the same ground segment where your mission needs it

IRMI™ can be deployed across edge hardware, single-server systems, private cloud, public cloud, and onboard environments while preserving the same core interfaces.

One platform. Any environment.

Consistent interfaces, security, and operations across every deployment model.

Edge hardware


Process close to the sensor when latency, field deployment, or local control matters.

Single server


Run a complete IRMI™ instance on dedicated infrastructure for controlled mission operations.

Private cloud


Operate inside your secure cloud environment with infrastructure your team controls.

Public cloud


Scale processing and delivery capacity as mission volume grows.

Onboard environment


Support spacecraft-side deployment paths where mission architecture requires processing closer to the payload.

LICENCE AND OPERATE

Licence and run IRMI™ your way

Choose the licence, deployment, and operating model that fits your mission stage, funding source, infrastructure, and commercial goals.


Module licence

Licence only the IRMI™ processing modules your mission needs.


Site licence

Operate IRMI™ on your own infrastructure, under your control.


Source-code licence

Access source code for deeper control, customisation, and deployment flexibility.


Service delivery

Have EOIntelligence process your data and deliver finished products.

WHY IRMI™

Built for teams that need to fly missions, not maintain pipelines

Building a ground segment is a mission in itself. IRMI™ gives NewSpace teams a complete, proven system they can own and run their way: catalogue, archive, processing, and delivery, from a single server to a constellation to onboard deployment. Your data stays under your control, every product can be verified, and the system is designed to be reproduced and audited.

Own the ground segment

Run IRMI™ on your infrastructure, your licence, and your terms.

Produce from first image

Prepare processing, calibration, and delivery before mission data starts arriving.

Scale without giving up control

Grow from one deployment to wider operations while keeping sovereignty intact.

Ready to configure IRMI™ for your mission?

Talk with EOIntelligence about your payload, data requirements, processing environment, licence model, and delivery needs.